Wuxi Wondery Industry Equipment Co., Ltd ruth@wondery.cn 86-153-0529-9442
Product Details
Place of Origin: Shanghai, China
Brand Name: WONDERY
Certification: CE
Model Number: VQH-500-2
Payment & Shipping Terms
Minimum Order Quantity: 1 Set
Price: Negotiable
Packaging Details: nude package duly fixed inside the container; suitable for sea transportation
Delivery Time: 120 Days
Payment Terms: L/C, T/T
Supply Ability: 200 Set/Sets per Year
Name: |
Vacuum Brazing Furnace |
Working Temperature: |
750 Degree Celcius |
Application: |
Aluminum Radiators, Aluminum Heat Exchangers |
Power: |
380kw |
Working Size: |
2000 (L)×1200 (W) ×1200 (H) Mm |
Working Vacuum: |
4×10 Pa-3 |
Name: |
Vacuum Brazing Furnace |
Working Temperature: |
750 Degree Celcius |
Application: |
Aluminum Radiators, Aluminum Heat Exchangers |
Power: |
380kw |
Working Size: |
2000 (L)×1200 (W) ×1200 (H) Mm |
Working Vacuum: |
4×10 Pa-3 |
750 Degree Celcius Double Chamber Electric Vacuum Brazing Furnace for Bar Plate Coolers
1. Summary
The aluminum brazing furnaces are divided into continuous brazing furnadce and vacuum brazing furnace.
The vacuum brazing furnace is specially needed for the brazing of bar-plate heat exchangers, oil coolers, etc.
The vacuum aluminum brazing furnace is mainly used for railway locomotive heat exchange equipment, air
separation equipment and automobile environmental protection production. Products with vacuum brazing
treatment: intercooler, oil cooler, radiator, evaporator, condenser, radar grid antenna, waveguide and various
plate fin or segment heat exchangers.All measurement units adopt international unit (SI) standard.The
measurement units of all parts, components and various instruments of the equipment adopt the
international unit (SI) standard.
2. Technical Parameters
|
2.1 aluminum brazing vacuum furnace: 1 set; 2.2 Effective heating zone size: 3000 (L)×1200 (W) ×1200 (H) mm; 2.3 Furnace charging capacity: ≤ 3000kg / furnace (including tooling fixture); 2.4 Maximum temperature: ≤ 700 ℃; 2.5Working temperature: 300-650 ℃; 2.6 Heating power: 500kW; 2.7 Uniformity of furnace temperature: ≤± 3 ℃ (600 ℃); 2.8 Temperature control accuracy: ≤± 1 ℃; 2.9 Temperature rise time: ≤ 40 minutes for temperature rise to 700 ℃ without load from room temperature; 2.10 Extreme vacuum degree: 6×10 Pa-4; 2.11Working vacuum: 2×10 Pa-3; 2.12 Pressure rise rate: ≤ 0.4 Pa/ h; 2.13 Vacuum suction time: ≤ 40min to reach 2×10-3 Pa in cold state and empty furnace(excluding preheating time of diffusion pump); |
3. General Overview
The electric brazing furnace is a horizontal, 2-chamber structure, with furnace doors at both the front and rear side.
The vacuum brazing furnace doors are driven by speed reducing motors.
The pneumatic push rod is locked and fed at both ends.The main machine is composed of vacuum furnace body,
heating chamber, vacuum system, inflation system, pneumatic system, water cooling system, electrical control
system, etc.
3.1 Vacuum furnace body and cover, 1 set
3.2 Heating chamber, heating element and insulator, 1 set
Magnesium trap: 1 set
The magnesium trap is a grid type water-cooled copper tube and copper fin structure, which effectively collects
the magnesium oxide powder produced in the welding process and protects the vacuum system.
3.3 Vacuum system, 1 set
3.4 Electrical control system, 1 set
3.4.1 Temperature control system
3.4.2 Thermocouple (type K)
3.4.3 Temperature and vacuum recording instrument
3.4.4Programmable logic controller (PLC)
3.4.5 Vacuum measuring instrument
Hangzhou Pangu vacuum gauge is adopted.
3.4.6 Heating voltage regulator
Touch screen control system:
|
l Identification of operator level (different passwords for each level) l Input of basic parameters of brazing process (temperature, vacuum degree, pressure, etc.) and display on the screen l Brazing process program setting l Automatic control of brazing process l Tracking of brazing process (curve, chart, fault analysis, simulation screen and table) of equipment l Start up and control of brazing process (remote diagnosis, user help) l Store and record the brazing process (actual value, event and fault) and print the fault in real time l After each brazing process, print the quality documents (curve, fault and alarm, quality chart) shall be recorded l Display and printing of actual and historical curves l Storage and output of data files |
3.5 safety system, 1 set
3.6 Pneumatic system, 1 set
3.7 Water cooling system, 1 set
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